Force placement of sum operands over index
Clash Royale CLAN TAG#URR8PPP
up vote
7
down vote
favorite
I want to force the operands of a sum to be placed above an "extended" (longer than usual) index, instead of increasing the width of the sum (in the example, see the sums in (2), which are much wider than in (1), because of the different index). I need this for space reasons, the formula is bigger than in the MWE. Do you have any ideas how to achieve this?
documentclass[12pt]article
usepackageamsmath
begindocument
beginalign
texttextbfTotal Cost
&= sum_m=1^55 10,000 cdot Z_m + 7,000 cdot K_m \
&= sum_i in m 10,000 + sum_j in k
7,000
endalign
enddocument
amsmath
asked Nov 17 at 19:54
ncw
1704
add a comment |
up vote
7
down vote
favorite
I want to force the operands of a sum to be placed above an "extended" (longer than usual) index, instead of increasing the width of the sum (in the example, see the sums in (2), which are much wider than in (1), because of the different index). I need this for space reasons, the formula is bigger than in the MWE. Do you have any ideas how to achieve this?
documentclass[12pt]article
usepackageamsmath
begindocument
beginalign
texttextbfTotal Cost
&= sum_m=1^55 10,000 cdot Z_m + 7,000 cdot K_m \
&= sum_i in m 10,000 + sum_j in k
7,000
endalign
enddocument
amsmath
asked Nov 17 at 19:54
ncw
1704
Did you trymathclapfrommathtools?
– nidhin
Nov 17 at 19:59
add a comment |
up vote
7
down vote
favorite
up vote
7
down vote
favorite
I want to force the operands of a sum to be placed above an "extended" (longer than usual) index, instead of increasing the width of the sum (in the example, see the sums in (2), which are much wider than in (1), because of the different index). I need this for space reasons, the formula is bigger than in the MWE. Do you have any ideas how to achieve this?
documentclass[12pt]article
usepackageamsmath
begindocument
beginalign
texttextbfTotal Cost
&= sum_m=1^55 10,000 cdot Z_m + 7,000 cdot K_m \
&= sum_i in m 10,000 + sum_j in k
7,000
endalign
enddocument
amsmath
asked Nov 17 at 19:54
ncw
1704
I want to force the operands of a sum to be placed above an "extended" (longer than usual) index, instead of increasing the width of the sum (in the example, see the sums in (2), which are much wider than in (1), because of the different index). I need this for space reasons, the formula is bigger than in the MWE. Do you have any ideas how to achieve this?
documentclass[12pt]article
usepackageamsmath
begindocument
beginalign
texttextbfTotal Cost
&= sum_m=1^55 10,000 cdot Z_m + 7,000 cdot K_m \
&= sum_i in m 10,000 + sum_j in k
7,000
endalign
enddocument
amsmath
amsmath
asked Nov 17 at 19:54
ncw
1704
asked Nov 17 at 19:54
ncw
1704
asked Nov 17 at 19:54
ncw
1704
asked Nov 17 at 19:54
ncw
1704
asked Nov 17 at 19:54
ncw
1704
1704
Did you trymathclapfrommathtools?
– nidhin
Nov 17 at 19:59
add a comment |
Did you trymathclapfrommathtools?
– nidhin
Nov 17 at 19:59
Did you try
mathclap from mathtools?– nidhin
Nov 17 at 19:59
Did you try
mathclap from mathtools?– nidhin
Nov 17 at 19:59
add a comment |
3 Answers
3
active
oldest
votes
up vote
8
down vote
accepted
Use mathclap from mathtools package.
documentclass[12pt]article
%usepackageamsmath
usepackagemathtools
begindocument
beginalign
texttextbfTotal Cost
&= sum_m=1^55 10,000 cdot Z_m + 7,000 cdot K_m \
&= sum_mathclapi in m 10,000 + sum_mathclapj in k
7,000
endalign
enddocument
answered Nov 17 at 20:02
nidhin
1,450820
add a comment |
up vote
8
down vote
mathtools loads amsmath.
documentclass[12pt]article
usepackagemathtools
begindocument
beginalign
textbfTotal Cost % no trailing space inside braces
&= sum_m=1^55 10,000 cdot Z_m + 7,000 cdot K_m \
&= sum_mathclapi in , Z_m = 1 10,000 + sum_mathclapj in , K_m = 1 7,000
endalign
enddocument
answered Nov 17 at 20:02
Sigur
23.2k353134
1
few seconds .. :)
– nidhin
Nov 17 at 20:03
Hi Sigur, I accepted @nidhin's answer, since he commented 3 minutes before posting his own answer and thus was a little faster. Thanks very much though for the quick and helpful answer, I appreciate the effort!
– ncw
Nov 17 at 20:12
1
@ncw, no problem. Just pay attention in my comments on trailing spaces. Also, onlytextbfis enough.
– Sigur
Nov 17 at 20:15
add a comment |
up vote
7
down vote
A variant, with the smashoperator command from mathtools – and some improvements with siunitx, so the comma separator in numbers doesn't add a space.
smashoperator can take an optional argument, [l] or [r] which are equivalent to mathlap or mathrlap respectively. I demonstrate it in a $3$rd equation:
documentclass[12pt]article
usepackagemathtools
usepackagesiunitx
begindocument
sisetupgroup-digits = integer, group-separator=,, group-minimum-digits = 4
beginalign
textbfTotal Cost % no trailing space inside braces
&= sum_m=1^55 num10000 cdot Z_m + num7000 cdot K_m \
&= smashoperatorsum_i in mmid Z_m = 1num10000 + smashoperatorsum_j in kmid K_m = 1 num7000 \
&= smashoperator[r]sum_i in mmid Z_m = 1 num10000 + smashoperator[l]sum_j in kmid K_m = 1 num7000
endalign
enddocument
answered Nov 17 at 20:51
Bernard
162k767192
add a comment |
3 Answers
3
active
oldest
votes
3 Answers
3
active
oldest
votes
active
oldest
votes
active
oldest
votes
up vote
8
down vote
accepted
Use mathclap from mathtools package.
documentclass[12pt]article
%usepackageamsmath
usepackagemathtools
begindocument
beginalign
texttextbfTotal Cost
&= sum_m=1^55 10,000 cdot Z_m + 7,000 cdot K_m \
&= sum_mathclapi in m 10,000 + sum_mathclapj in k
7,000
endalign
enddocument
answered Nov 17 at 20:02
nidhin
1,450820
add a comment |
up vote
8
down vote
accepted
Use mathclap from mathtools package.
documentclass[12pt]article
%usepackageamsmath
usepackagemathtools
begindocument
beginalign
texttextbfTotal Cost
&= sum_m=1^55 10,000 cdot Z_m + 7,000 cdot K_m \
&= sum_mathclapi in m 10,000 + sum_mathclapj in k
7,000
endalign
enddocument
answered Nov 17 at 20:02
nidhin
1,450820
add a comment |
up vote
8
down vote
accepted
up vote
8
down vote
accepted
Use mathclap from mathtools package.
documentclass[12pt]article
%usepackageamsmath
usepackagemathtools
begindocument
beginalign
texttextbfTotal Cost
&= sum_m=1^55 10,000 cdot Z_m + 7,000 cdot K_m \
&= sum_mathclapi in m 10,000 + sum_mathclapj in k
7,000
endalign
enddocument
answered Nov 17 at 20:02
nidhin
1,450820
Use mathclap from mathtools package.
documentclass[12pt]article
%usepackageamsmath
usepackagemathtools
begindocument
beginalign
texttextbfTotal Cost
&= sum_m=1^55 10,000 cdot Z_m + 7,000 cdot K_m \
&= sum_mathclapi in m 10,000 + sum_mathclapj in k
7,000
endalign
enddocument
answered Nov 17 at 20:02
nidhin
1,450820
edited Nov 17 at 20:13
answered Nov 17 at 20:02
nidhin
1,450820
answered Nov 17 at 20:02
nidhin
1,450820
answered Nov 17 at 20:02
nidhin
1,450820
1,450820
add a comment |
add a comment |
up vote
8
down vote
mathtools loads amsmath.
documentclass[12pt]article
usepackagemathtools
begindocument
beginalign
textbfTotal Cost % no trailing space inside braces
&= sum_m=1^55 10,000 cdot Z_m + 7,000 cdot K_m \
&= sum_mathclapi in , Z_m = 1 10,000 + sum_mathclapj in , K_m = 1 7,000
endalign
enddocument
answered Nov 17 at 20:02
Sigur
23.2k353134
1
few seconds .. :)
– nidhin
Nov 17 at 20:03
Hi Sigur, I accepted @nidhin's answer, since he commented 3 minutes before posting his own answer and thus was a little faster. Thanks very much though for the quick and helpful answer, I appreciate the effort!
– ncw
Nov 17 at 20:12
1
@ncw, no problem. Just pay attention in my comments on trailing spaces. Also, onlytextbfis enough.
– Sigur
Nov 17 at 20:15
add a comment |
up vote
8
down vote
mathtools loads amsmath.
documentclass[12pt]article
usepackagemathtools
begindocument
beginalign
textbfTotal Cost % no trailing space inside braces
&= sum_m=1^55 10,000 cdot Z_m + 7,000 cdot K_m \
&= sum_mathclapi in , Z_m = 1 10,000 + sum_mathclapj in , K_m = 1 7,000
endalign
enddocument
answered Nov 17 at 20:02
Sigur
23.2k353134
1
few seconds .. :)
– nidhin
Nov 17 at 20:03
Hi Sigur, I accepted @nidhin's answer, since he commented 3 minutes before posting his own answer and thus was a little faster. Thanks very much though for the quick and helpful answer, I appreciate the effort!
– ncw
Nov 17 at 20:12
1
@ncw, no problem. Just pay attention in my comments on trailing spaces. Also, onlytextbfis enough.
– Sigur
Nov 17 at 20:15
add a comment |
up vote
8
down vote
up vote
8
down vote
mathtools loads amsmath.
documentclass[12pt]article
usepackagemathtools
begindocument
beginalign
textbfTotal Cost % no trailing space inside braces
&= sum_m=1^55 10,000 cdot Z_m + 7,000 cdot K_m \
&= sum_mathclapi in , Z_m = 1 10,000 + sum_mathclapj in , K_m = 1 7,000
endalign
enddocument
answered Nov 17 at 20:02
Sigur
23.2k353134
mathtools loads amsmath.
documentclass[12pt]article
usepackagemathtools
begindocument
beginalign
textbfTotal Cost % no trailing space inside braces
&= sum_m=1^55 10,000 cdot Z_m + 7,000 cdot K_m \
&= sum_mathclapi in , Z_m = 1 10,000 + sum_mathclapj in , K_m = 1 7,000
endalign
enddocument
answered Nov 17 at 20:02
Sigur
23.2k353134
edited Nov 17 at 20:11
answered Nov 17 at 20:02
Sigur
23.2k353134
answered Nov 17 at 20:02
Sigur
23.2k353134
answered Nov 17 at 20:02
Sigur
23.2k353134
23.2k353134
1
few seconds .. :)
– nidhin
Nov 17 at 20:03
Hi Sigur, I accepted @nidhin's answer, since he commented 3 minutes before posting his own answer and thus was a little faster. Thanks very much though for the quick and helpful answer, I appreciate the effort!
– ncw
Nov 17 at 20:12
1
@ncw, no problem. Just pay attention in my comments on trailing spaces. Also, onlytextbfis enough.
– Sigur
Nov 17 at 20:15
add a comment |
1
few seconds .. :)
– nidhin
Nov 17 at 20:03
Hi Sigur, I accepted @nidhin's answer, since he commented 3 minutes before posting his own answer and thus was a little faster. Thanks very much though for the quick and helpful answer, I appreciate the effort!
– ncw
Nov 17 at 20:12
1
@ncw, no problem. Just pay attention in my comments on trailing spaces. Also, onlytextbfis enough.
– Sigur
Nov 17 at 20:15
1
1
few seconds .. :)
– nidhin
Nov 17 at 20:03
few seconds .. :)
– nidhin
Nov 17 at 20:03
Hi Sigur, I accepted @nidhin's answer, since he commented 3 minutes before posting his own answer and thus was a little faster. Thanks very much though for the quick and helpful answer, I appreciate the effort!
– ncw
Nov 17 at 20:12
Hi Sigur, I accepted @nidhin's answer, since he commented 3 minutes before posting his own answer and thus was a little faster. Thanks very much though for the quick and helpful answer, I appreciate the effort!
– ncw
Nov 17 at 20:12
1
1
@ncw, no problem. Just pay attention in my comments on trailing spaces. Also, only
textbf is enough.– Sigur
Nov 17 at 20:15
@ncw, no problem. Just pay attention in my comments on trailing spaces. Also, only
textbf is enough.– Sigur
Nov 17 at 20:15
add a comment |
up vote
7
down vote
A variant, with the smashoperator command from mathtools – and some improvements with siunitx, so the comma separator in numbers doesn't add a space.
smashoperator can take an optional argument, [l] or [r] which are equivalent to mathlap or mathrlap respectively. I demonstrate it in a $3$rd equation:
documentclass[12pt]article
usepackagemathtools
usepackagesiunitx
begindocument
sisetupgroup-digits = integer, group-separator=,, group-minimum-digits = 4
beginalign
textbfTotal Cost % no trailing space inside braces
&= sum_m=1^55 num10000 cdot Z_m + num7000 cdot K_m \
&= smashoperatorsum_i in mmid Z_m = 1num10000 + smashoperatorsum_j in kmid K_m = 1 num7000 \
&= smashoperator[r]sum_i in mmid Z_m = 1 num10000 + smashoperator[l]sum_j in kmid K_m = 1 num7000
endalign
enddocument
answered Nov 17 at 20:51
Bernard
162k767192
add a comment |
up vote
7
down vote
A variant, with the smashoperator command from mathtools – and some improvements with siunitx, so the comma separator in numbers doesn't add a space.
smashoperator can take an optional argument, [l] or [r] which are equivalent to mathlap or mathrlap respectively. I demonstrate it in a $3$rd equation:
documentclass[12pt]article
usepackagemathtools
usepackagesiunitx
begindocument
sisetupgroup-digits = integer, group-separator=,, group-minimum-digits = 4
beginalign
textbfTotal Cost % no trailing space inside braces
&= sum_m=1^55 num10000 cdot Z_m + num7000 cdot K_m \
&= smashoperatorsum_i in mmid Z_m = 1num10000 + smashoperatorsum_j in kmid K_m = 1 num7000 \
&= smashoperator[r]sum_i in mmid Z_m = 1 num10000 + smashoperator[l]sum_j in kmid K_m = 1 num7000
endalign
enddocument
answered Nov 17 at 20:51
Bernard
162k767192
add a comment |
up vote
7
down vote
up vote
7
down vote
A variant, with the smashoperator command from mathtools – and some improvements with siunitx, so the comma separator in numbers doesn't add a space.
smashoperator can take an optional argument, [l] or [r] which are equivalent to mathlap or mathrlap respectively. I demonstrate it in a $3$rd equation:
documentclass[12pt]article
usepackagemathtools
usepackagesiunitx
begindocument
sisetupgroup-digits = integer, group-separator=,, group-minimum-digits = 4
beginalign
textbfTotal Cost % no trailing space inside braces
&= sum_m=1^55 num10000 cdot Z_m + num7000 cdot K_m \
&= smashoperatorsum_i in mmid Z_m = 1num10000 + smashoperatorsum_j in kmid K_m = 1 num7000 \
&= smashoperator[r]sum_i in mmid Z_m = 1 num10000 + smashoperator[l]sum_j in kmid K_m = 1 num7000
endalign
enddocument
answered Nov 17 at 20:51
Bernard
162k767192
A variant, with the smashoperator command from mathtools – and some improvements with siunitx, so the comma separator in numbers doesn't add a space.
smashoperator can take an optional argument, [l] or [r] which are equivalent to mathlap or mathrlap respectively. I demonstrate it in a $3$rd equation:
documentclass[12pt]article
usepackagemathtools
usepackagesiunitx
begindocument
sisetupgroup-digits = integer, group-separator=,, group-minimum-digits = 4
beginalign
textbfTotal Cost % no trailing space inside braces
&= sum_m=1^55 num10000 cdot Z_m + num7000 cdot K_m \
&= smashoperatorsum_i in mmid Z_m = 1num10000 + smashoperatorsum_j in kmid K_m = 1 num7000 \
&= smashoperator[r]sum_i in mmid Z_m = 1 num10000 + smashoperator[l]sum_j in kmid K_m = 1 num7000
endalign
enddocument
answered Nov 17 at 20:51
Bernard
162k767192
edited Nov 17 at 22:20
answered Nov 17 at 20:51
Bernard
162k767192
answered Nov 17 at 20:51
Bernard
162k767192
answered Nov 17 at 20:51
Bernard
162k767192
162k767192
add a comment |
add a comment |
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Did you try
mathclapfrommathtools?– nidhin
Nov 17 at 19:59